Microclimates have been recognised as one of the key drivers in global change biology.
Durable microclimate loggers, detailed in‐situ measurements and sophisticated modelling …

National and international security communities (eg, US Department of Defense) have
shown increasing attention for innovating critical infrastructure and installations due to …

Accurately simulating the spatiotemporal distribution of mountain snow water equivalent
improves estimates of available meltwater and benefits the water resource management …

Prior research confirmed the substantial bias from using precipitation‐based intensity‐
duration‐frequency curves (PREC‐IDF) in design flood estimates and proposed next …

Abstract Changes in the severity and likelihood of flooding events are typically associated
with changes in the intensity and frequency of streamflows, but temporal adjustments in a …

Lidar‐measured snow depth and model‐estimated snow density can be combined to map
snow water equivalent (SWE). This approach has the potential to transform research and …

Water management throughout the western United States largely relies on the partitioning of
cool season mountain precipitation into rain and snow, particularly snow as it maximizes …

Observational networks enhance real‐time situational awareness for emergency and water
resource management during extreme weather events. We present examples of how a …

A critical component of hydrologic modeling in cold and temperate regions is partitioning
precipitation into snow and rain, yet little is known about how uncertainty in precipitation …

Previous studies have documented how forests influence snow at fine spatial scales, but
none have documented the influence that existing forest‐snow variability has on streamflow …